def generateJFLAPFile(deterministic, typeOfMachine, nodeL, edgeL, initial, accepting):
"""Using the list of nodes, edges, and the starting/final nodes
Generates a state machine and outputs it to a .jjf file"""
newNodeL = [StateMachine.Node(node, [], node == initial, node in accepting) for node in nodeL]
if DEBUG:
print(newNodeL)
newEdgeL = [StateMachine.Edge( StateMachine.findNode(edge[0], newNodeL), StateMachine.findNode(edge[1], newNodeL), edge[2]) for edge in edgeL]
if DEBUG:
print(newEdgeL)
for node in newNodeL:
node.addEdge(newEdgeL)
if DEBUG:
print(newNodeL)
initNode = StateMachine.findNode( initial, newNodeL )
if DEBUG:
print(initNode)
finalNodeL = [StateMachine.findNode( name, newNodeL) for name in accepting]
if DEBUG:
print(finalNodeL)
stateMech = StateMachine.StateMachine( newNodeL, newEdgeL, initNode, finalNodeL, typeOfMachine, deterministic)
filename = input("What do you want the output to be named?\n")
filename+='.txt'
JFFWriterv2.writeJFFFile(stateMech, filename)
